Digital Teaching
All current information on organization and content is provided via the moodle course [url=http://moodle.tu-darmstadt.de/course/view.php?id=33364]https://moodle.tu-darmstadt.de/course/view.php?id=33364[/url]. You will receive further information in the introductory event (on 12.4.) and via moodle.
The moodle course will be updated at least once a week (on Wednesdays).
All deadlines and appointments will be posted via the moodle course room calendar. Check back regularly for upcoming events.
Course Contents
[list]
[*]Environmental Hazards - relationshio between structure and chemical properties
[*]Hazardous substances – impact on human, fauna and flora, metabolism and degradation, bioaccumulation
[*]Relationship between emission and effect
[*]Data collection, data quality, data interpretation
[*]Group and sum parameters
[*]Analytical data evaluation
[*]Tools for environmental impact assessment
[*]Processing of an engineering task
[/list]
Preconditions
Chemistry II - Stoichiometric calculation and quantitative analysis for engineers
Expected Number of Participants
30
Official Course Description
The course consists of a lecture and a practical training in the lab (3 hours). In this practical training, participants will learn how to transfer theoretical knowledge obtained in the lecture into experiments in the teaching laboratory of Institute IWAR. To participate in the laboratory experiments, students must register for "Praktikum Chemie III im Lehrlabor des Institut IWAR" (13-K1-0024-pr).
First of all, students are familiarized with the basics of systematic description and registration of chemical substances and substance groups. As a course assignment, students are supposed to collect information about environmental impacts on human, fauna and flora, metabolism and degradation as well as bioaccumulation of given chemicals. The findings are to be summarized in a report as well as in a presentation.
The quality assurance and classification of obtained analytical Data in legal frameworks will be discussed using different case studies in the field of environmental analysis.
Online Offerings
moodle
All current information on organization and content is provided via the moodle course [url=http://moodle.tu-darmstadt.de/course/view.php?id=33364]https://moodle.tu-darmstadt.de/course/view.php?id=33364[/url]. You will receive further information in the introductory event (on 12.4.) and via moodle.
The moodle course will be updated at least once a week (on Wednesdays).
All deadlines and appointments will be posted via the moodle course room calendar. Check back regularly for upcoming events.
Course Contents
[list]
[*]Environmental Hazards - relationshio between structure and chemical properties
[*]Hazardous substances – impact on human, fauna and flora, metabolism and degradation, bioaccumulation
[*]Relationship between emission and effect
[*]Data collection, data quality, data interpretation
[*]Group and sum parameters
[*]Analytical data evaluation
[*]Tools for environmental impact assessment
[*]Processing of an engineering task
[/list]
Preconditions
Chemistry II - Stoichiometric calculation and quantitative analysis for engineers
Expected Number of Participants
30
Official Course Description
The course consists of a lecture and a practical training in the lab (3 hours). In this practical training, participants will learn how to transfer theoretical knowledge obtained in the lecture into experiments in the teaching laboratory of Institute IWAR. To participate in the laboratory experiments, students must register for "Praktikum Chemie III im Lehrlabor des Institut IWAR" (13-K1-0024-pr).
First of all, students are familiarized with the basics of systematic description and registration of chemical substances and substance groups. As a course assignment, students are supposed to collect information about environmental impacts on human, fauna and flora, metabolism and degradation as well as bioaccumulation of given chemicals. The findings are to be summarized in a report as well as in a presentation.
The quality assurance and classification of obtained analytical Data in legal frameworks will be discussed using different case studies in the field of environmental analysis.
Online Offerings
moodle
- Lehrende: Christiane Brockmann
- Lehrende: Holger Lutze
- Lehrende: Liselotte Schebek
Semester: ST 2023